Overview

Distech Controls aims to provide our Partners with an extensive range of field devices to complement our building automation offering – for a complete, cost effective solution, from design to installation. From facilitating your ordering process, to delivering quality and performance-proven products, combined with the dedicated expertise of our Field Devices Sales Associates, look to Distech Controls for all your field devices requirements.

Download Our Brochure

Download our brochure to learn more about our extensive range of field devices to complement our building automation offering - for a complete cost effective solution, from design to installation.

AC – Access Control

Readers and credentials provide the necessary inputs for identifying occupants in an access control system. Our readers and credentials use the latest secure, smart contactless technologies, while maintaining complete interoperability with legacy systems. Furthermore, the readers are enabled for migration to future access control technologies.

Standard Readers

The iCLASS SE access control platform goes beyond the traditional smart card model to offer a secure, standards-based and flexible platform that has become the new benchmark for highly adaptable, interoperable and secure access control solutions

Thermal Dispersion Probe Airflow Measuring System

The AV-ASTNN Thermal Dispersion Probe Airflow Measuring System Series averages velocity and temperature from up to four probes and sixteen sensing points in a duct or plenum, providing accurate, dependable airflow measure¬ment from 40 to 4,000 Feet Per Minute (FPM) (12 to 1,219 Meters Per Minute [MPM]) within ±2% accuracy. At each sensing point, a microprocessor calculates flow and temperature, sending this information to an Integral Multiplex¬ing Unit (IMU). The IMU collects data from each sensor circuit and sends a digital output to the control transmitter. The control transmitter provides air temperature and velocity information on an LCD screen and to a Building Automation System (BAS) through analog outputs (2 to 10 VDC or 4 to 20 mA).

Thermal Dispersion Fan Inlet Sensor Airflow Measuring System

The AV-RA Series averages velocity and temperature from fan inlet sensors in a duct or plenum, providing accurate, dependable airflow measurement from 0 to 10,000 fpm (0 to 50.8 mps) within ±2% accuracy. Each sensor circuit is connected to a router that stores the calibration data. The router’s microprocessor calculates flow and temperature and sends this information digitally to the Electronic Controller, which provides air velocity and temperature informa¬tion on an LCD screen. The transmitter sends the output to a Building Automation System (BAS) through 4 to 20 mA or 2 to 10 VDC analog outputs (using a 500 ohm resistor) or a 1 to 5 VDC analog output (using a 250 ohm resistor).

Airflow Transducer

The AV-SP3150MCS008 is an airflow transducer. These devices are used to measure the airflow speed in ducts. The AV-SP3150MCS008 transducer registers the airflow speed according to a thermal principle based on the fact that the cooling action of air increases with airspeed. The action is measured and converted to a 4-20 mA or 0-10 V signal corresponding to airflow speeds from 0-8 m/s (0–1575 ft/min) or 0-16 m/s (0-3150 ft/min).

CB – Wire & Cable

Low-voltage wire and cable is the nervous system of the building controls network. Communication cable connects together BACnet MS/TP, BACnet/IP and LonWorks control networks. Cat 5e patch cords quickly snap Allure sensor and Smart Room Control products to controllers without the need of any tools. Our large variety of FT-4 and FT-6 multi-conductor cable is suitable for all sensor, actuator and controller connections.

Multi-Conductor Plenum Cables

CS – Current Sensing

Current sensors are essential components of all building and energy management systems. Our family of solid and split-core current sensors offer all the features needed for any application including current or voltage outputs, fixed or adjustable trip points, built-in relay, LED indicator and override switch.

Current Sensors & Switches with Relay

DA - Dampers & Actuators

Dampers are the control points for regulating the flow of air in a ventilation system. Our line of volume control dampers cover all leakage and sizing requirements and are suitable for all climates and air control applications. Our spring and non-spring return series of actuators can control small terminal unit dampers up to large intake air dampers. Options are available for input voltage, control signal output, as well as auxiliary end switches and adjustable span and offset.

160 lb-in (16Nm) Spring Return Damper Actuators

53lb-in (6 Nm), Multi-Signal, Fast-Acting Damper Actuators

The DA-053 Series direct-coupled fail-safe/fail-in-place electronic actuators are designed for modulating, two-position, and floating control of laboratory fume hoods, constant or variable volume installations for the control of supply and exhaust and terminal units.

The DA-018N024EXXXX damper actuator is an electric motor-driven rotary actuators for open-close control (1-wire SPST) are designed for damper areas up to 0.3 m2, friction dependent and for directly driven zone dampers to control airflow in air ducts.

310 lb-in (35 Nm) Non-Spring Return Damper Actuators

Galvanized Steel Airfoil Blade & Frame Class IA Dampers

The DA-VxGSN Series is a low leak, galvanized steel damper designed with airfoil blades for higher velocity and pressure HVAC systems. It meets the leakage requirements of the International Energy Conservation Code by leaking less than 3 cfm/sq. ft. at 1 inch of static pressure and is AMCA licensed as a Class 1A damper.

Galvanized Steel Double-Piece Blade & Frame Class I Dampers

The DA-VxPSN Series Galvanized Steel Double-Piece Blade & Frame Class I Dampers are designed to control the flow of air in Heating, Ventilating, and Air Conditioning (HVAC) systems, and to meet different application and envi¬ronmental requirements. The DA-VxPSN Series dampers are tested at an Air Movement Control Association (AMCA) Certified Laboratory using instrumentation and procedures in accordance with AMCA Standard No. 500, Test Meth¬ods for Louvers, Dampers, and Shutters. DA-VxPSN Series Dampers with seals rated for Class I leakage resistance are suitable for applications requiring tight closure with less velocity, such as outdoor air.

Galvanized Steel Triple-Vee Blade & Frame Class II Dampers

Galvanized Steel Blade & Frame Class III Dampers

The DA-VxVSN Series Galvanized Steel Blade & Frame Class III Dampers are designed to control the flow of air in Heating, Ventilating, and Air Conditioning (HVAC) systems, and to meet different application and environmental requirements. The DA-VxVSN Series dampers are tested at an Air Movement Control Association (AMCA) Certified Laboratory using instrumentation and procedures in accordance with AMCA Standard No. 500, Test Methods for Louvers, Dampers, and Shutters. DA-VxVSN Series Dampers with seals rated for Class III leakage resistance are suitable for applications where tight closure is not required, such as return air applications. Do not use DA-VxVSN Series Dampers for outdoor air applications.

FS – Fluid Sensing

Fluid sensing devices are used to ensure proper flow in piping systems, monitor liquid levels and warn the system of leaks, amongst other functions. Our collection of liquid flow switches, level switches and leak detectors can be installed on new and retrofit projects alike.

Vane Flow Switches

The FS-2 Series of Vane Flow Switches offer an economical flow proving solution. Custom set points tailored for the application are enabled by field adjustable vane layers and a setpoint adjustment screw. These switches are ideal for use in “flow or no flow” applications in cold and hot water systems.

Thermal Dispersion Flow Switch

Cable Float Switches

The FS-CFS2 series of Cable Float Switches are a mechanically-actuated floating switch intended to activate electrical components, usually pumps, to start and stop automatically. The FS-CFS2 is perfect for simple level control of liquids for filling or draining reservoirs and tanks.

Submersible Level Transmitters

The FS-SBLT2 Submersible Level Transmitters are manufactured for years of trouble free service in the harshest applications. They measure the height of liquid above the position in the tank referenced to atmospheric pressure. The transmitters consist of a piezoresistive sensing element, encased in a 316 SS housing. The PVS bullet nose design protects the diaphragm from damage.

Water Detectors

The FS-WD Series of fluid sensors are microchip-based devices that use gold-plated sensing probes to detect the presence of water or other conductive liquids. It is designed to signal an alarm if one or more of three conditions are met: water is detected, power is lost to the unit, or if there is an internal failure providing the highest level of water detection confidence.

GS – Gas Sensing

Gas sensing devices are vital to the wellbeing of building occupants. Our portfolio of gas sensors can detect carbon dioxide (CO2), carbon monoxide (CO), nitrogen dioxide (NO2), smoke, volatile organic compounds (VOC) and a number of other gases and compounds that can pose a threat to health and safety. Available devices can transmit gas levels back to the BAS and can also directly control exhaust systems to remove harmful toxins and bring in fresh air.

Duct CO2 Sensors

The GS-CDD Series are duct carbon dioxide gas detectors. These devices provide precision measurement of CO2 gas. These sensors use a highly accurate and reliable Non-dispersive Infrared (NDIR) sensor combined with state-of-the-art digital linearization and temperature compensated circuitry to monitor duct CO2, levels. The duct CO2 transmitter principal of operation is based on the Venturi effect of the probe that extends into the HVAC duct. Air flowing through the duct is forced into the vent holes on one side of the probe, into the enclosure, over the CO2 sen¬sor and then the air is drawn back out of the enclosure via the vent holes on the opposite side of the probe. Optional temperature sensor and adjustable relay output is also available.

Duct Temperature, Relative Humidity & CO2 Sensors

The GS-CDHTD Series are duct temperature and relative humidity CO2 detectors. They use a highly accurate and reliable non-dispersive infrared (NDIR) sensor to monitor CO2, a precision thermistor to monitor temperature and a thermoset polymer based capacitance sensor to measure humidity level. This is combined with state-of-the-art digital linearization and temperature compensated circuitry and provides 3 analog outputs.

Basic CO Sensors

The GS-CMB Series are carbon monoxide gas detectors. They use an electrochemical sensor for reliability and accu¬racy in even the most critical applications. The standard product features a 2-wire loop-powered output. Optionally, the device may be configured with an alarm relay which operates in 3-wire sourcing mode and/or with Modbus communications.

Advanced CO Sensors

The GS-CMA Series are carbon monoxide gas detectors. They use an electrochemical sensor to monitor the carbon monoxide level and output a field-selectable 4-20 mA, 0-5 or 0-10 Vdc. The sensing range and output may be scaled to either 100, 150, 300, 400 or 500 ppm via the on-board menu.

Electrochemical Gas Transmitters

The GS-TR3210 Series are high accuracy, electrochemical gas transmitters that can be factory configured to mea¬sure chlorine, oxygen, or nitrogen dioxide. This loop-powered sensor delivers a linear 4-20 ma output that is easily integrated into any building control, ventilation or alarm application. The low profile design can be attached to any single gang electrical box and features an economical and easily replaceable sensor element.

Catalytic Bead Combustible Gas Detectors

The GS-TR5200 is a high-accuracy catalytic bead gas sensor/transmitter that can be used to detect LEL (Lower Explosive Limit) concentrations of a wide range of combustible gases. Transmitters can be factory-calibrated to the specific combustible gas of interest.

Duct Smoke Detectors

The GS-SDD Series Smoke Detector are the latest innovation for early detection of smoke and products of combustion present in air moving through HVAC ducts in commercial, industrial and residential application. The GS-SDD Series, 4-wire duct housing will accommodate either the ionization sensor or the photoelectronic sensor.

Room Air Quality Sensors

The GS-AQR, Indoor Air Quality Sensor Series uses an advanced MEMS metal oxide semiconductor sensor to detect poor air quality. The sensor reacts quickly to detect a broad range of VOCs such as smoke, cooking odors, bio-effluence, outdoor pollutants and from human activities. The sensor captures all VOC emissions that are completely invisible to CO2 sensors. The GS-AQR Series provides a linear analog signal output of 0-5 or 0-10 Vdc for connection to a building automation system as well as an analog stepped output of 0-10Vdc. Optional features such as a temperature sensor, manual override and adjustable relay output are available.

Duct Air Quality Sensors

The GS-AQD, Indoor Air Quality Sensor uses an advanced MEMS metal oxide semiconductor sensor to detect poor air quality. The sensor reacts quickly to detect a broad range of VOCs such as smoke, cooking odors, bio-effluence, outdoor pollutants and from human activities. The sensor captures all VOC emissions that are completely invisible to CO2 sensors. The GS-AQD provides a linear analog signal output of 0-5 or 0-10 Vdc for connection to a build¬ing automation system, as an analog stepped output of 0-10 Vdc as well as an adjustable relay output. Optional temperature output is available.

Gas Detector and Control System

HS – Humidity Sensing

Humidity sensing devices help maintain a comfortable environment for building occupants and safe conditions for equipment where moisture can cause damage. A variety of humidity and combination humidity and temperature sensors are available in different types of enclosures for installation in rooms, ducts and outdoors. Humidity sensing accuracy can be chosen based on the needs of the application. Sensors for monitoring and detecting condensation are also available.

Room Humidity Sensors

The HS-R Series are room humidity transmitters that use a highly accurate and field-proven RH sensor in a sleek, elegant, and low profile enclosure to monitor room relative humidity levels. Additional options include an LCD display. The RH output can be field selected as a linear 4-20 mA, 0-5 or 0-10 Vdc signal. This product offers a cost effective solution for customers who wish to have ease of installation to their Building Automation System.

Wall Plate Humidity Sensors

The HS-RXXXMP Series are stainless steel wall plate relative humidity transmitters. They use a field-proven ca¬pacitive type humidity sensor and microprocessor temperature compensation for reliable, accurate measurement of indoor humidity. The wall plate sensor is perfect for locations requiring periodic wipe down as it features a 304 stainless steel plate with a neoprene gasket. The sensor is protected by a 100 micron sintered stainless steel filter. The plate sensor is available with either 4-20 mA or 0-5 Vdc or 0-10 Vdc output signal types and the transmitter is located on the back of the plate for ease of installation.

Duct Humidity Transmitters

The HS-D Series are duct humidity transmitters. They use a highly accurate and reliable Thermoset Polymer based capacitance humidity sensor and state-of-the-art digital linearization and temperature compensated circuitry to monitor humidity levels. The sensor is encapsulated in a 228.60 mm (9”) long by 12.7 mm (0.5”) diameter 304 S/S probe. A 60 micron HDPE filter protects the sensor from contaminants. A variety of enclosures are available. Excel¬lent long term stability and quick response time combined with temperature compensation make the HS-D Series the ideal choice for the HVAC market. All models are available with accuracies of 2%, 3% or 5%.

Outside Air Humidity Transmitters

The HS-O Series are relative humidity transmitters for outside air. They use a highly accurate and reliable Thermoset Polymer based capacitance humidity sensor and state-of-theart digital linearization and temperature compensated circuitry to monitor humidity levels. A 60 micron HDPE filter protects the sensor from contaminants. Excellent long term stability and quick response time combined with temperature compensation make the HS-O Series the ideal choice for the HVAC market. All models are available with RH accuracies of 2%, 3% or 5%.

Room Humidity and Temperature Transmitters

The HS-R Series temperature transmitter incorporates two sensors in one attractive wall mount enclosure for the most ecient environmental monitoring and control system. It uses a eld-proven RH sensor to monitor relative humidity and a curve-matched thermistor to measure temperature and provides two analog outputs of either 4-20 mA, 0-5Vdc or 0-10 Vdc.

Duct Humidity and Temperature Transmitters

The HS-D Series are duct humidity and temperature transmitters. They use a highly accurate and reliable Thermoset Polymer based capacitance humidity sensor and Platinum RTD temperature sensor along with state-of-the-art digital linearization and temperature compensated circuitry to monitor humidity levels. The sensor is encapsulated in a 228.60 mm (9”) long by 12.7 mm (0.5”) diameter S/S probe. A 60 micron HDPE filter protects the sensor from contaminants. Excellent long term stability and quick response time combined with temperature compensation make the HS-D Series the ideal choice for the HVAC market. A variety of enclosure types are available. All models are available with RH accuracies of 2%, 3% or 5%.

Outside Air Humidity and Temperature Transmitters

The HS-O Series of relative humidity and temperature transmitters for outdoor air use a highly accurate and reliable Thermoset Polymer based capacitance humidity sensor, and a Platinum RTD. By combining the sensors with state-of-the-art digital linearization and temperature compensated circuitry, the humidity and temperature are intricately monitored. Excellent long term stability and quick response time combined with temperature compensation make the HS-O Series the ideal choice for the HVAC market.

Condensation Prevention Detectors

The HS-WD-CPS condensation prevention sensor is designed to meet the requirements for a low cost device to provide early warning of condensing conditions. The sensor provides either a volt-free contact or current output and is housed in a small enclosure which can be strapped to the surface that requires monitoring.

ID – Inverter (Variable Frequency) Drives

Inverter (Variable Frequency) drives are important to any building energy saving initiative. Our line of drives is specifically designed for all HVAC applications and connect seamlessly to the BAS through standard protocols. They can be installed anywhere, no matter the motor size, voltage or enclosure requirements and can be packaged with disconnects, fuses and bypasses.

HVAC Drives

The ID-P Series are full-featured, HVAC-dedicated drives with built-in intelligence and a vast number of functions developed to meet the diverse needs of the HVAC business. It is the perfect match for pumps, fans and compressors in modern buildings that are fitted with increasingly sophisticated solutions. Drives are available standalone, as well as packaged solutions in side-by-side or vertical panels.

Micro Drives

Micro drives are frequency converters with unsurpassed reliability, user-friendliness, condensed functionality, and are extremely easy to commission. Despite the compact size and the easy commissioning, Micro Drives can be set up to perform perfectly even in complex application setups. Approximately 100 parameters can be set to optimize energy efficiency and operation.

LS – Light Sensing

Switches, motion sensors and light level sensors are the key components of any lighting control system. Our lighting control devices leverage the latest technologies to help build an advanced lighting and daylighting control system while satisfying the aesthetic needs of the visible space.

LS-sPODM, Low Voltage Push-Button wall stations

The Push-Button SwitchPod Series of low voltage wall stations interface with standard Sensor Switch occupancy sensors and power packs in order to implement a wide range of single and bilevel switching applications. These switch devices provide an elegant and cost effective way of deploying bi-level lighting control that meet energy and building codes without having to source special sensors or power packs.

LS-PP20 & LS-SP20

Power packs are the heart of the low voltage sensor system. An LS-PP20 Series power packtransforms Class I high voltage (120/277 VAC) to Class 2 15 VDC for powering remote sensors. The LS-PP20 and the LS-SP20 Series slave pack are also capable of switching lighting loads on and off using their internal relays. Class 2 wire leads connect to 18 to 22 AWG low voltage cable running to the sensors, making installation easy and clean.

LS-CM, Ceiling mount occupancy sensors

The CM Series of ceiling mount occupancy sensors provide a range sensor solutions for applications with finished ceilings (e.g., ceiling tiles, sheetrock, plaster). CM Series sensors utilize 100% digital Passive Infrared (PIR) detection and are available with several lens options, providing flexibility for multiple mounting height and coverage pattern requirements. Dual technology occupancy detection can also be added as an option for applications where occupants are stationary for long periods of time.

LS-HMB 10, High Bay End-of-Aisle Sensor

High Bay Aisle Way lighting control is easily accomplished by the LS-HMB 10 Series PassiveInfrared (PIR) occupancy sensor. This low voltage sensor easily installs to a standard junction box through a 1/2 inch knockout. Designed to be used in pairs, mounted 30 to 45 ft (9.14 to 13.72 m) high at both ends of an aisle, the LS-HMB10 views up to 110 linear ft (33.53 m) of aisle way space. When used with standard LS-PP20 power packs, these sensors are ideal for on/off control of T5/T8 fluorescent lighting.

LS-WVPDT16, Wide View Sensor

The LS-WVPDT16 Dual Technology Wide View Sensor provides line of sight PIR detection ofsmall movements up to 40 ft (12.19 m) away, and combines overlapping Microphonics™ for detection around obstructions, so total coverage of the room is always maintained no matter how cluttered the space becomes. It is also used in corridors due to its ability to view up to 70 ft (21.34 m) for walking motions, or large open storage areas where obstructions may block the PIR’s ability to view.

ME – Meters

Meters are crucial to any energy management system. Power, water and gas meters feed energy data to the EMS that can then be used as part of a number of initiatives including sub-metering, tenant billing, and demand response. Our meters are suitable for all installations whether new or retrofit.

Three-Phase Power Meter

The networked three-phase Power Meter works with Rogowski Coils and has a small enough form factor to be mounted inside or outside of the panel using either mounting tabs or the DINrail clip making it the easiest installation in the industry.

Multi-Circuit (CT) Power Meter

The Multi-Circuit (CT) Power Meter’s modular design allows it to be configured for monitoring multiple electrical circuits (sharing a common voltage source) or for current-only monitoring of branch circuits). It can be supplied with virtually any combination of internally-shunted split-core or Rogowski coil and is capable of monitoring up to 8 three-phase or 24 single-phase electrical devices.

Rogowski Coils

Rogowski Coils offer significant installation advantages over split-core CT’s because of its light weight, wide current range (10-4000+ Amps), mechanical flexibility for mounting in tight quarters and its easy placement around cable bundles or large bus bars.

Impeller BTU/Flow Meters

The ME-380DS Series provides a low cost system for metering cold or hot systems. These meters can accurately measure flow and temperature differential to compute energy. Using either BACnet or Modbus RS-485 com¬munications protocols or a scaled pulse output, the Btu Meter can interface with many existing control systems.

Insertion Impeller Flow Sensors

The ME-200 Series flow sensors feature a six bladed impeller design with a proprietary non-magnetic sensing mechanism. The sensor can be combined with an ME-300 Series transmitter to send values to a BAS.

Insertion Impeller Flow Transmitters

Programmable Loop-Powered Analog Transmitter

The ME-310-00 is a loop-powered, programmable 4-20mA transmitter designed to accept relatively fast, un-scaled raw pulses from devices like flow sensors and then transmit a linear analog signal of desired scaling and units of measure.

Flow & Energy Monitors

Dual Channel Flow Monitors

The ME-3100 Dual Channel Flow Monitors are a compact, economical, full-featured, monitor designed for flow and other measurement applications with powerful control and retransmission features. The ME-3100 Series is intended for monitoring and control applications the smaller ME-3000 Series can’t handle. The ME-3100 Series dual channel input and outputs, combined with three extra relays, and channel addition and subtraction make this a very powerful controller. Versatile inputs from a wide range of devices, combined with custom units of measure add to its power.

Electromagnetic Flow Meters

The ME-M20 Series Electromagnetic Flow Meters can measure almost any liquid, slurry or paste that has minimum electrical conductivity. The wide selection of linear and electrode materials helps ensure maximum compatibility and minimum maintenance over a long operating period.

BACnet/IP to MS/TP Adapter

The BACnet/IP to MS/TP adapter is a convenient device used to connect a laptop to an MS/TP network with all the electronics supplied in a lightweight, small plastic case. The unit is powered from a USB port removing the need for batteries or wall plugs.

BACnet/IP to MS/TP Router

The router routes messages between BACnet/IP and BACnet MS/TP networks as per the ANSI/ASHRAE 135 (ISO 16484-5) standard. It allows BACnet/IP devices connected over Ethernet to communicate with MS/TP devices. The router is configurable via its web page.

EIBA Series, 5-Port BAS Switches

The Plug-and-Play (PnP) EIBA switches provide the needed functionality, mounting convenience, and ruggedness to fill expanding needs for Ethernet switches in many of the new Building Automation Systems (BAS).

Plug-and-Play Unmanaged Switches

For control panels where DIN-rail space is at a premium, the NC-EISK series of plug-and-play (unmanaged) Ethernet switches with widths as little as one inch (26 mm) is the answer. Housed in a rugged metal enclosure with a metal DIN-rail clip, the series includes models with 5 and 8 ports. Some models provide one or two ports of either single-mode or multimode fibre optics with either SC or ST connectors.

Diagnostic Switches

Diagnostic switches retains all the virtues of switched Ethernet technology but with one exception — no address learning. All messages are flooded to all ports on the switch allowing a protocol analyser tool the ability to observe all traffic on the network. They can be permanently installed on an installation or replaced with a regular switch once a system is commissioned.

LonWorks Repeater

i.LON-600 LonWorks®/IP Server

The i.LON® 600 LonWorks®/IP Server is an ISO/IEC 14908 router that uses IP as a standard LonWorks® channel to allow LonWorks® devices such as pumps, motors, valves, sensors, and lights to be securely configured, monitored, and controlled over IP or Ethernet.

Lon Point Router Modules

The LonPoint Modules are products designed to integrate new and legacy sensors and actuators, as well as LON¬MARK® devices, into cost-effective, interoperable, control systems for building and industrial applications

Multi-Port Router

The NC-42150R Multi-port router can connect two, three, or four 78kbps twisted-pair free-topology channels, and it can connect these channels to a high-speed 1.25Mbps twisted-pair backbone. Used in any multi-channel control network installation, the NC-42150R router substantially reduces installation time and cost.

USB Network Interface

The NC-75010R USB Network Interfaces allows for PCs to connect to LNS®-enabled integration and development tools to LonWorks® networks. It connects through a LonWorks® free topology channel and is fully compatible with link powered channels.

Serial LonTalk Adapter

The NC-73351R Serial LonTalk® Adaptor is a high-performance LonWorks® Interface for use with laptop, desktop or embedded computers equipped with an EIA-232 serial interface and a compatible operating system.

Network Interface Cards

The NC-NIC Series are the most universal network interfaces for CEA-709 and IP-852 (Ethernet/IP) channels. They offer high packet rates and short response times and are fully compatible with products like LonMaker® and other LNS® applications.

CEA-709/IP-852 Router

The NC-LIP Router Series connects twisted pair channels (TP/FT-10 or TP/XF-1250) with the Ethernet/IP channel (IP-852) in LonMark Systems. NC-LIPs route CEA-709 packets through an IP based network such as a LAN (Ethernet), an Intranet, or even the Internet and connects to the IP network via a 100Base-T Ethernet port.

CEA-709 Router

The NC-LS Routers are the solution for interconnecting multiple twisted pair channels (TP/FT-10 or TP/XF-1250 channels) in LonMark Systems. They provide up to five ports and routes packets between these ports, delivering first class performance and flexibility in use.

LonWorks Protocol Analyzer

The NC-LPA for LonMark Systems captures all data packets on CEA-709 or IP-852 networks and displays all recorded packets on a PC screen. The NC-LPA software provides a comprehensive set of functions and methods to view, filter, and analyze data packets down to bit level.

Communicating Touchscreen Displays

NC-LVIS3ME Touch Panels for LonMark, BACnet, and Modbus networks are ideally suited for visualization and opera¬tion of various applications in building automation. The fully customizable user screens can show dynamic pages that are easy to navigate. NC-LVIS3ME Touch Panels make use of an extremely low power embedded controller platform and operating system making the NC-LVIS3ME resistant against problems when re-booting after power outage and also against any viruses.

PP – Panel Products

Panels and enclosures keep controllers and components safe and secure. Available in a range of sizes, protection ratings, and with or without sub-panels, our panels are suitable for all installation requirements.

Small, NEMA 1, Wallmount Enclosure

The PP-N1J Series are small NEMA 1 wallmount enclosures for indoor applications. They are sized from 6”x6”x4” up to 14”x12”x8” and include a hinged door with latch (optional key lock available) and solid inner panel as standard (optional perforated panels available).

Perforated Panels for PP-N1J Series Enclosures

The PP-N1JP Series are perforated panels for the PP-N1J Series Small NEMA 1 Wallmount Enclosures. They are sized to fit the full range of PP-N1J enclosure sizes and come with pre-drilled holes for quick and easy mounting. These panels accept self-tapping screws for convenient mounting of controls products.

Medium, NEMA 1, Wallmount Enclosure

The PP-N1A Series are medium to large NEMA 1 wallmount enclosures for indoor applications. They are sized from 16”x12”x7” up to 48”x36”x12” and include a hinged door with latch (optional key lock available) and a solid inner panel as standard (optional perforated panels available).

Flush Covers for PP-CSKO Series Boxes

The PP-AP Series are perforated panels for the PP-N1A Series Medium NEMA 1 Wallmount Enclosures. They are sized to fit the full range of PP-N1A enclosure sizes and come with pre-drilled holes for quick and easy mounting. These panels accept self-tapping screws for convenient mounting of controls products.

NEMA 1, Junction Box

The PP-CSKO Series are NEMA 1 junction boxes for indoor applications. They are sized from 4”x4”x3” up to 36”x24”x10” and include screw-on cover (optional flush covers available) and knockouts on all sides.

Flush Covers for PP-CSKO Series Boxes

NEMA 3R, Wallmount Enclosure

The PP-C3R HCR Series are medium to large NEMA 3R wallmount enclosures for outdoor protection from precipitation. They are sized from 16”x12”x6” up to 48”x36”x16” and include a drip shield and screw-on cover. Optional solid inner panels are available.

Solid Panels for PP-C3R HCR Series Enclosures

The PP-18P Series are solid panels for the PP-C3R HCR Series NEMA 3R Wallmount Enclosures. They are sized to fit the full range of PP-C3R HCR enclosure sizes and come with pre-drilled holes for quick and easy mounting.

Medium, NEMA 4, Wallmount Enclosure

The PP-EN4SD Series are medium to large NEMA 4 wallmount enclosures for indoor or outdoor protection from dust and splashing water. They are sized from 12”x12”x6” up to 60”x36”x12” and include a hinged door with latch (optional key lock available). Optional solid inner panels are available.

Solid Panels for PP-EN4SD Series Enclosures

NEMA 1, 3Piece, Flushmount Enclosure

The PP-N1WF Series are small to medium NEMA 1 3 piece flush mount enclosures for indoor applications. They are sized from 8”x6”x4” up to 24”x20”x4” and include a separate base, wrapper and flush mount hinged door with latch (optional key lock available).

NEMA 3R, Junction Box

The PP-C3R SC Series are NEMA 3R junction boxes for outdoor protection from precipitation. They are sized from 4”x4”x4” up to 48”x36”x16” and include a drip shield, screw-on cover and knockouts on the bottom.

Small, NEMA 4, Wallmount Enclosures

The PP-EJ Series are small NEMA 4 wallmount enclosures for indoor or outdoor protection from dust and splashing water. They are sized from 4”x4”x3” up to 16”x14”x10” and include a hinged door with latch (optional key lock available) and a solid inner panel as standard.

Pre-Packaged Enclosure (Power Supply & Panel)

Pre-Packaged Enclosure (Power Supply & Panel)

Mounting Track

Mounting options include plastic track for snap-mounting circuit boards. One style of track can be mounted to the back surface of any cabinet and is available in 102mm or 69 mm (4.00” or 2.75” widths). Another style of track, AdapTrack®, snap onto any of the three most popular DIN rails. In turn, it can accommodate a 102mm (4.00”0 wide circuit board.

PS – Pressure Sensing

Maintaining correct pressure in a control system is extremely important for proper system function, equipment protection and can be critical in clean room applications. Our family of pressure sensors can measure air and liquid, static and differential pressures within all common ranges and units.

Room Pressure Monitor

The Room Pressure and Condition Monitor utilizes highly accurate capacitance sensing technology to measure and display true low pressure differential. A room pressure monitor is employed to measure and alert the indi¬vidual of any change in pressure - no matter how small.

Multi-Room Monitoring Station (MRMS)

The Multi-Room Monitoring Station (MRMS) is designed for installation in a central location, such as nurses station or main control room. It is designed to be flush mounted to provide remote viewing and alarm monitoring for up to 8 rooms or critical spaces equipped with Pressure and Room Condition Monitors.

Ultra Low Air Differential Pressure Transmitters

The PS-AULDP Series are ultra-low-pressure transmitters. These devices can be used to measure differential pres¬sure between an area and a reference space. It combines precision high sensitivity silicon sensing capabilities and the latest in ASIC technology with Dynamic Self Compensation. Standard features include: Bi-directional pressure ranges, selectable output, and on-board auto-zeroing. A built-in alarm relay output and LCD are optional. Several accessories are available. The unit may be mounted in any position but typically is installed on a vertical surface with the pressure ports on the right and the cable entrance on the left. The enclosure has a standard opening for a ½” conduit and may be installed with either conduit and a conduit coupler or a cable gland type fitting.

Low Air Differential Pressure Transmitters

This series of low-pressure transmitters can be used to measure positive, negative or differential pressure in ranges from 1”W.C. to 20”W.C. (250 to 2000Pa). The piezoresistive sensor is ideal for monitoring the pressure of air or other clean inert gases and is limited only to those media which will not attack polyetherimide, silicon, fluorosilicone, silicone, EPDM, and neoprene seals.

Differential Pressure Air Flow Sensor Probes

The PS-PAFS Differential Pressure Air Flow Sensor Probes are ideal for sensing differential pressure in the inlet section of variable air volume terminal units and fan terminal units. Units can also be used to sense differential pressure at other locations in the main or branch duct systems. The “H” port senses total pressure and the “L” port senses static pressure. The difference between these signals is the differential, or velocity pressure. Models offer up to ten sensing points and lengths of 3-5/32˝ to 23-29/32˝ (8.02 to 60.72 cm) to accommodate box sizes of 4˝ to 30˝ (10.16 to 76.20 cm).

Air Flow Switches (Plastic Enclosure)

The PS-ADPSXXXP Series air flow switches are a general purpose airflow proving switch designed for HVAC and Energy Management applications. It may be used to sense positive, negative, or differential air pressure.

Air Flow Switches (Metal Enclosure)

The PS-ADPSXXXXM Series are air flow switches. These devices are general-purpose airflow-proving switches de¬signed for HVAC and energy management applications. It may be used to sense positive, negative, or differential air pressure. The PS-ADPSXXXXM Series plated housing contains a diaphragm, a calibration spring and a snap-acting SPDT switch. The enclosure cover guards against accidental contact with the live switch terminal screws and the set point adjusting screw.

Liquid Static Pressure Transmitters

The PS-LSP Series gauge transmitter is designed with a single sensor and is capable of handling pressure ranges from 5 Psi to 500 Psi. All models can handle overload pressure two times (2x) and burst pressure five times (5x) the maximum full scale range.

Liquid Differential Pressure Transmitters

The PS-LDP Series differential pressure transmitter is designed with dual sensors that enables it to accept high pressure ranges (5 Psi to 500 Psi). All models can handle overload pressure two times (2x) and burst pressure five times (5x) the maximum full scale range.

Liquid Differential Pressure Transmitter with Remote Sensors

The PS-231G-RS Series with remote sensors reduces labor, materials, and time. The sensors are installed directly into the pipe and electrical connection is made between the remote sensors and the PS-231G-RS via cables or conduit, reducing labor cost by one-third and the cost of copper to connect the pressure transducer to the pipe. Startup time is reduced since purging air out of the lines is not necessary.

Liquid Differential Pressure Switches

The PS-DXW Series is a differential pressure switch that makes a contact output based on the differential between two pressure sources. Wetted materials of brass and fluoroelastomer are suitable for use with most gases and water based solutions.

Liquid Differential Pressure Sensors with Valve Manifold

The PS-2301 Series liquid differential pressure sensors with valve manifold is highest accuracy solution for moni¬toring differential pressure in wet-to-wet applications. Its single diaphragm design enables a true wet-to-wet dif¬ferential pressure measurement with superior ±0.25% FS accuracy compared to competitive units which calculate differential pressure using two single point pressure sensors. The stainless steel capacitive sensor provides a highly accurate, linear analog output proportional to the pressure over a wide temperature range. The PS-2301 Series is offered with an optional 3 or 5 valve machined brass manifold for ease of installation and maintenance.

Liquid Static Pressure Sensors

The PS-2091 Liquid Static Pressure Sensor Series is designed for reliability and versatility at an affordable price. It offers exceptional ±0.25% FS accuracy with pressure ranges from 1 PSI up to 10,000 PSI to meet a multitude of demanding applications. The PS-2091 Series features all stainless steel wetted materials and offers many pressure and electrical connections to satisfy challenging installation requirements. The PS-2091 Series features a patented overpressure stop to protect the sensor against unexpected spikes or in high pulsation applications.

Multi-Range Low Differential Pressure Transducer

The PS-2671 Series is a highly configurable multirange low differential pressure transducer. It offers multi-range capability with 6 field selectable ranges and 2 field selectable outputs that are easily configured by flipping a Dip Switch. The PS-2671 Series is housed in a NEMA 4 rated enclosure with an optional static pressure probe reducing installation and material costs. It delivers ±0.25%, ±0.4% and ±1% FS accuracy options with pressure ranges from 0.1” W.C. up to 100” W.C.

Multi-Range General Pressure Transducer

The PS-MRG Series is a differential pressure transducer. The PS-MRG Series is the ideal product for any contractor, combining the flexibility of a multi-range with the performance of a single range transducer. The PS-MRG Series has 8 selectable ranges and 3 selectable outputs, easily adjustable on the job with a flip of a switch or jumper. The PS-MRG Series uses an IP67 rated housing and has a conduit fitting for easy wiring, making the PS-MRG Series an ideal solution for any general HVAC application.

Multi-Range Critical Pressure Transducer

The PS-MRC Series is a multi-range low differential pressure transducer uses a dead-ended capacitive sensing element that requires minimal amplification and delivers excellent accuracy and longterm stability. The PS-MRC Series is the industries first multi-range sensor designed for critical environments. It is the only multi-range sensor available with ±0.5% FS accuracy and field selectable ranges down to 0.1” W.C., a requirement for critical applications. The PS-MRC Series has 4 selectable ranges and 3 selectable outputs, easily adjustable on the job with a flip of a switch or jumper. The PS-MRC Series is offered with 3 different housing configurations: Duct Probe, DINrail or Wall Mount and a universal design that incorporates all 3 configurations in one to address any installation changes on the job site.

PW - Power

No control system can function correctly without proper power distribution. Our large portfolio of power supplies and transformers offer multiple voltage, power consumption, and form factor options to meet most BAS requirements.

Transformers

RE - Relays

Relays are a standard component in all control systems. We have a complete line of pilot, power, and specialty relays in a variety of form factors. Solid state relays (SSR), solid state contactor relays (SSCR) and staging controllers are also available for more advanced control requirements.

12 VDC Relay

RE-RH Series Din Rail Mount Relays

The RE-RH series uses silver cadmium oxide contacts to help reduce voltage arcing. Available in 1 to 4 poles, the RE-RH series is known for going the distance. Options include manual check buttons and LED indicators. All models carry worldwide approvals including UL, CSA, TUV and CE. Using a standard terminal arrangement, the RH series will plug into many competitors' sockets.

LonMark® Certified Relay

BACnet® Compatible Relay

Solid State Relays (SSRs)

The RE-R810 Series power switching modules are designed for cost effective, precise modulation of electric loads for most electric heating applications. (Applicable on resistive loads only) The series consists of solid state relays with integrated heatsink for surface or in-panel mounting.

SCR Power Controllers

The RE-R820 Series SCR power controls are designed for cost effective, precise modulation of electric loads for most electric heating applications. (Applicable on resistive loads only) The R820 series consists of SCR power con¬trols with integrated heatsink for surface or in-panel mounting.

Vernier Low Voltage Step Controller

The RE-R850 Series low voltage (24 VAC) electronic step controller is designed for cost-effective and precise control of multi-stage applications typically found in electric duct heaters and boilers. Available in four- or eight- stage models, the product can also be used in conjunction with the RE-R810 Power Switch or RE-R820 SCR Power Con¬troller, which will result in a fully proportional control of the load.

Vernier Line Voltage Step Controller

The RE-R851 Series line voltage (up to 240 VAC) electronic step controller is designed for cost-effective and precise control of multi-stage applications typically found in electric duct heaters and boilers. Available in four or eight stage models, the RE-R851V can also be used in conjunction with the RE-R810 power switch or RE-R820 SCR power controller, which will result in a fully proportional control of the load. The RE-R851B is specifically designed for electric boiler sequencing.

SC – Signal Converters

Signal converters help to connect various kinds of equipment to a control system. Many simple devices serve to alter analog, floating, resistance, pulse, pneumatic and other control signals in a variety of ways.

Floating Point to Analog Output

The SC-AUD converts a floating point signal into a linear analog output. There are two inputs on the SC-AUD, one to increase the analog output and one to decrease the analog output. The output of the SC-AUD is stable when the inputs are both off.

Analog, Pulse, or Floating Point to Resistive Output

The SC-DRN3.1 is an interface that allows microprocessor control of a variable resistance. The SC-DRN3.1’s isolated resistor network can be controlled by several different DDC signal types. It directly replaces a variable resistance controller and simulates the action of a slide wire or rotary potentiometer. All connections of the simu¬lated potentiometer, the wiper and both ends of the resistance range, are available on the SC-DRN3.1 terminal strip. The SC-DRN3.1 accepts an analog, pulse of floating point input signal (including TRIAC) and converts it into a proportional resistive output.

Analog, Pulse, or Floating Point Resistive Output (135 Ω)

The SC-DRN4 is a resistive output motor actuator interface that accepts several types of DDC system signals. The SC-DRN4 output is 0 to 135 Ω. The input signal types are field selectable by an 8-position DIP switch. Signal input selections include voltage, current, pulse and floating point.

Floating Point to Pneumatic

The SC-PTS4.1 converts two digital (increase/decrease)signals (relay contact closure, transistor or TRIAC) into a proportional pneumatic signal. The SC-PTS4.1’s closed loop electronic design will maintain the last commanded pneumatic pressure. An on-board microprocessor measures the signal input, and a solid-state pressure transducer measures branch line pressure. The SC-PTS4.1 uses these two values to automatically increase or decrease branch line air pressure.

Floating Point to Pneumatic with Feedback

Dual TRIAC Output Booster

The SC-TOB will accept up to two separate signals from up to two AC TRIAC outputs, or DC sources, and provide up to two TRIAC outputs each capable of driving a 2.5A load. Each output TRIAC is activated for the time that the signal is applied to the input. The SC-TOB provides isolation between the input and output circuits as well as the two identical circuits

Six Analog Average, HI/LO, Difference and Binary conversion

The SC-6N1-ISO is a microprocessor controlled interface designed to provide maximum flexibility with a minimum of cost. With a variety of standard inputs the SC-6N1-ISO provides the user with the ability to interface several devices to the analog output.

Analog Isolation Modules

Both the SC-AIM1 and the SC-AIM3 optically isolate an analog voltage or current input signal from its corresponding output signal. The SC-AIM3 was specifically developed to accept a feedback signal from a variable speed drive and direct it back to the controller (BAS) for monitoring motor speed.

Re-Scaleable Isolation Module

The SC-AIM2 optically isolates the analog (voltage or current) signal to the device being controlled. The SC-AIM2 will accept any input signals between 0 and 20 volts, or 0 and 20 mA, and output any signal within those ranges.

Analog Signal Amplifier

Dual Output Analog Re-Scaling Module

The SC-ARM2 will accept a single analog voltage or current signal and split that signal into two DC non-isolated current sourcing outputs that can be re-scaled. Its primary application is as a signal splitter. The outputs are always scaled identically and will always track each other.

Analog Input to (4) Adjustable Relay Outputs

The SC-ATL accepts an analog voltage or current input signal and controls four relays. Each relay has an adjustable trip point which is set by a multi-turn trimmer potentiometer. Each relay is activated when the input signal is equal to or greater than the trip point setting.

Analog Input to (2) Adjustable Relay Outputs

The SC-AAR is controlled by a single analog input signal with two potentiometers controlling each output relay. The two 10 amp output relays can be independently set to fixed or adjustable deadband. An onboard deadband selector can be set to Fixed or Adjustable.

Analog to PWM Output

The SC-ATP converts an analog signal into a digital pulse output signal. The user can select eight standard analog input ranges to the SC-ATP by changing jumper shunt positions. To select the output pulse range, the SC-ATP has an eight position DIP switch. The output pulse is continuous with a one second off between pulses.

Analog Input to Pneumatic Output

The SC-PXP is an electric to pneumatic transducer which converts an analog electrical input signal to a proportional pneumatic output. The SC-PXP Series will automatically modulate its control valve(s) to regulate the branch line pressure to the selected set point as determined by the input signal.

Field Adjustable Single Valve Control

The SC-EPC is an electric to pneumatic transducer which converts an analog input signal to a proportional pneu¬matic output, modulating its control valve(s) to regulate the branch line pressure to the set point determined by the input signal.

Analog to Floating Point

The SC-AFP allows an analog signal to control a floating point actuator. The SC-AFP converts an analog signal into two relay contact outputs (one increase/one decrease). The SC-AFP’s isolated floating point output can be controlled by any one of eight analog input signal ranges (using offset jumper).

Manual Analog Override (2-I/O)

The SC-MAO installs between a controller and an actuator to provide adjustable analog manual override when needed. In normal operation two (2) analog signals route from the controller through the SC-MAO to each actuator.

PWM to 4 or 8 Relay Multiplexer (Jumpers)

The SC-DMUX is a selectable output controller designed to expand the output capacity of an energy management or process controller. The SC-DMUX has up to eight output relays which can be individually addressed by a single pulse width modulated input signal. Common (C), Normally Open (NO), and Normally Closed (NC) connections are available for each output.

Digital Pulse Input to 0-10VDC Output Only

Pulse Width to Pneumatic, Single Valve Control

The SC-EPW converts a pulse, phase cut, or digital PWM signal into a proportional pneumatic signal ranging from 0 to 20 psig. The pneumatic output is proportional to the signal input, either direct or reverse acting.

Resistance Input to Current Output

The SC-RTI converts a 3-wire resistance signal to an analog output, using current loop power (two wire). The SC-RTI is reverse-polarity-protected and offers linear tracking of a 3-wire resistance input against the standard output signal of a 4 to 20 milliamp (current source). Its small size and selfpowered feature lends its use to remote mounting for feedback signals from a valve or damper motor indicating its position.

Pneumatic to Analog (100 PSI)

The SC-PTP100 accepts a 0 to 100 psig pneumatic pressure input and converts it to one of four proportional analog output ranges. It is a positive current output device that is fully temperature compensated.

Pneumatic to Analog (3 to 15 PSI or 3 to 30 PSI)

The SC-PTP accepts either a 3 to 15 or a 3 to 30 psig pneumatic pressure input and converts it to one of four propor¬tional analog output ranges. It is a positive current output device that is fully temperature compensated.

Manual Pneumatic Override

The MPOE is a switch selectable electrically operated manual override. It is designed to be installed between a pneumatic signal transducer and the actuator. It can be used with any HVAC Control System or Building Automation Control System.

Local Power Regulator (5-24 VDC Output)

The LPR is an adjustable regulated power supply with a maximum output current of 1 amp. It accepts up to 28 VAC or 40 VDC input voltage and outputs 2 to 25 VDC by adjusting a multi-turn potentiometer. Its compact size allows it to be installed in either 2.25" or 3.25" snap track. Half wave rectification makes it possible to power the LPR from either AC or DC sources. These sources can be either grounded or floating without damage to the LPR.

Programmable Signal Generator (Hand Held)

The PSG is a hand held programmable signal generator designed to simulate analog or pulse signals from controllers, sensors, and other building automation system components. It is designed as an aid to speed up the process of system setup and calibration.

Electric to Pneumatic Switch

TS – Temperature Sensing

Temperature sensors are fundamental to any BAS where occupant comfort is paramount. Our full line of temperature sensors and transmitters are used for air, liquid and solid surfaces and are available with a variety of temperature sensor types, enclosures and form factors.

Stainless Steel Plate Temperature Sensors

The TS-RMP series is a single gang, blank stainless steel wall plate that incorporates a precision temperature sensor used to monitor room temperatures where additional security is required. These sensors can be flush mounted directly to a single gang electrical box or directly to a wall. Insulating foam is adhered to the back of the wall plate to provide a thermal barrier from internal wall temperatures.

Duct Temperature Sensors

The TS-D Sensor Series are duct bracket-mount temperature sensors. These devices provide precision temperature sensing of ducts. The TS-D single point duct temperature sensor utilizes a precision sensor encapsulated in a 6.35 mm (0.25”) OD, 304 series stainless steel probe and is available in various lengths. All probes provide excellent heat transfer, fast response and resistance to moisture penetration.

Flexible Duct Averaging Temperature Sensors

This series of copper duct averaging temperature sensors provide precision temperature sensing of mixed air ducts. It incorporates numerous sensors on an FT4 plenum rated wiring cable. It acts as a single sensor, averaging any temperature change across the sensors.

Rigid Duct Averaging Temperature Sensors

The PDIGR-TE200DR Series are rigid duct averaging temperature sensors. They are encapsulated in a 6.35 mm (0.25") OD, 304 stainless steel probe. All probes provide excellent heat transfer, fast response and resist moisture penetration. This temperature sensor is available with various probe lengths and various enclosures to fit any application. It can accommodate a wide variety of sensing elements such as NTC thermistors, RTD elements, Nickel RTD elements and IC sensors.

Immersion Temperature Sensors

This series of single point temperature sensor utilizes a precision sensor encapsulated in a 6.35 mm (0.25” OD, 304 series stainless steel probe and is available in various lengths. All probes provide excellent heat transfer, fast response and resistance to moisture penetration.

Strap-On Temperature Sensors (Probe)

The TS-SPP Sensor Series are strap-on temperature sensors. These devices provide precision temperature sensing of pipes and tanks. The single point strap-on temperature sensor utilizes a precision sensor encapsulated in a 6.35 mm (0.25”) OD, 304 stainless steel probe and is available in various lengths. All probes are constructed to provide excellent heat transfer, fast response and are potted to resist moisture penetration. It is available with a variety of enclosures which contain pre-formed ½” knockouts for conduit connections.

Strap-On Temperature Sensors (Clamp)

This series of single point strap-on temperature sensors incorporate a precision sensor bonded to a 38 mm x 38 mm (1.5”x 1.5”) aluminum plate and adhered to a 38 mm x 25.4 mm (1.5 x 1“) compressible foam. A 254 mm (10”) pipe clamp is provided to secure the assembly to various sizes of pipe. All probes are constructed to provide excellent heat transfer, fast response and are potted to resist moisture penetration. It is available with a variety of enclosures.

Outdoor Temperature Sensors

This series of sensors are single point outside air temperature sensor that utilizes a precision sensor. The sensing element is constructed to provide excellent heat transfer, fast response and are potted to resist moisture penetration. A sun and wind shield is integrated into the enclosure. This sensor should be mounted on an outside north facing wall using the provided mounting holes, under the eaves which will provide protection from direct sunlight.

Flying Lead Temperature Sensors

The TS-PC are single point flying lead temperature sensors that utilize a precision sensor encapsulated in a 304 series stainless steel probe. All probes are constructed to provide excellent heat transfer, fast response and are potted to resist moisture penetration.

Clip Temperature Sensors

The TS-C Series are temperature sensors with a mounting clip. These devices provide precision temperature sensing of rooms. They are meant to be mounted in existing enclosures. This product offers a cost effective solution for customers who wish to have ease of installation to their Building Automation System. The TS-C series can accommodate a wide variety of sensing elements such as NTC thermistors, RTD elements, Nickel RTD elements and IC sensors.

Slab Temperature Sensors

The TS-CS Series are single-point slab temperature sensors that utilize a precision sensor encapsulated in thermal conductive coating. All probes are constructed to provide excellent heat transfer, fast response and to resist moisture penetration. Different wire types and wire lengths are available. The TS-CS series can accommodate a wide variety of sensing elements such as NTC thermistors, RTD elements, Nickel RTD elements and IC sensors.

Room Temperature Transmitters

The TS-R Transmitter Series are stainless steel wall plate temperature transmitters. They are a low profile, single gang transmitter that incorporate a precision platinum RTD and provide a high accuracy signal with excellent long-term stability, low hysteresis, and fast response for measurement of room temperatures. The TS-RMP Transmitter Series can be mounted directly to a single gang electrical box or directly to a wall. Insulating foam is adhered to the back of the enclosure to provide a thermal barrier from internal wall temperatures.

Duct Temperature Transmitters

This series of duct temperature transmitters incorporate a precision platinum RTD encapsulated in a 6.35 mm (0.25”) OD, and a 304 stainless steel probe. All probes provide excellent heat transfer, fast response and resist moisture penetration. A transmitter that provides a high accuracy signal with excellent long term stability, low hysteresis and fast response is provided.

Flexible Duct Averaging Temperature Transmitters

The TS-A Series are copper duct averaging temperature sensors. These devices provide precision temperature sensing of mixed air ducts. This temperature sensor is available with various lengths and various enclosures to fit any application. The duct averaging sensor incorporates numerous sensors inside a copper tube. It acts as a single sensor, averaging any temperature change across the sensors.

Rigid Duct Averaging Temperature Transmitters

This series of rigid duct averaging temperature transmitters incorporate numerous precision platinum RTDs at equal distances, and a stainless steel probe. All probes provide excellent heat transfer, fast response and resist moisture penetration. This temperature transmitter is available with various probe lengths and various enclosures to fit any application.

Immersion Temperature Transmitters

The TS-I Series are single point immersion temperature transmitters, They incorporate a precision platinum RTD encapsulated in a stainless steel probe. All probes provide excellent heat transfer, fast response and resist moisture penetration. A transmitter that provides a high accuracy signal with excellent long term stability, low hysteresis and fast response is provided. This temperature transmitter is available with various probe lengths and various enclosures to fit any application.

Strap-On Temperature Transmitters

This series are single point strap-on temperature transmitters that incorporate a precision platinum RTD encapsulated in a stainless steel probe. All probes provide excellent heat transfer, fast response and resist moisture penetration. A transmitter that provides a high accuracy signal with excellent long term stability, low hysteresis and fast response is provided. This temperature transmitter is available with various enclosures to fit any application.

Outdoor Temperature Transmitters

This series of a single point outside air temperature transmitters utilize a precision platinum RTD sensor. All probes are constructed to provide excellent heat transfer, fast response and are potted to resist moisture penetration. A sun and wind shield is integrated into the enclosure.

Low Limit Freeze Protection Switches

The TS-DFS Low Limit Freeze Protection Switch series protects cooling coils in air handler systems by preventing frost build up on the coils. By sensing the lowest temperature along any 30 cm (1 foot) section of capillary, the DPDT manual or automatic reset relays signal the building management system, as well as cut off the fan. Set points can be adjusted as low as 1° C (34°F) utilizing the visual set point indicator and set point screw.

Flexible Duct Averaging Low Limit Thermostats (SPDT)

The TS-ST-FRE Series Flexible Duct Averaging Low Limit Thermostats (SPDT) provides a switch output based on the average temperature detected along a two or six metre capillary sensor. A common application is for frost protection on fresh air intakes or airconditioning systems, to prevent the icing up of filters, fans and coils. The capillary is fixed in a matrix across the duct, in a position downstream of the pre-heater or frost coil.

Allure EC-Sensor

VA - Valves & Actuators

Valves are the control points for regulating the flow of water in a piping system. Our line of control valves include ball, globe, butterfly and pressure independent valves for zone to central plant applications.

Zone Valves

Two- and Three-Way Zone Valves have a 1/10-inch (2.5 mm) stroke. The zone valves work with actuators that ac¬cept one of either 24 VAC or 120 VAC power supply signal to provide on/off, floating or 0 to10 VDC control.

Small Globe Valve Actuators

The VA-045GNX024P Electronic Valve Actuator requires a 24 Vac supply and receives a 0 to 10 Vdc control signal to proportionally control a valve. The VA-045GN Series Electronic Valve Actuators are designed to work with the VA-599 Series Zone Control Valves with a 7/32-inch (5.5 mm) stroke and a threaded valve bonnet that fits the actuator.The VA-045GNX024F Electronic Valve Actuator requires a 24 Vac supply floating control signal to provide floating control.

Small Globe Valve Actuators

The VA-067G Series of electronic valve actuators require a 24 VAC supply and receive a 0 to 10 VDC control signal to control valves with a 7/32-inch (5.5 mm) stroke and a threaded valve bonnet that fits the actuators.s.

Flanged Iron Globe Valves

Electronic Valve Actuators

The VA-180GN Series Non-spring Return (NSR), Electronic Valve Actuator requires a 24 Vac supply and receives a 0 to 10 Vdc or a 4 to 20 mA control signal to proportionally control a valve. This actuator is designed to work with the VA-599 Series 2-way and 3-way Valves or the flanged, Pressure Independent Control Valves with a 3/4-inch (20 mm) stroke.

250 lb (1150 N) Globe Valve Actuator

3/4" (20 mm) Stroke Globe Valve Actuator

VA-XXOGS Series of Electronic valve actuators receive a 0 to 10 VDC or 4 to 20 mA control signal to proportionally control the valve. The actuators are available with standard or advanced functionality.

1 1/2" (40 mm) Stroke Globe Valve Actuator

VA-XXOGS Series of Electronic valve actuators receive a 0 to 10 VDC or 4 to 20 mA control signal to proportionally control the valve. The actuators are available with standard or advanced functionality.

Pressure Independent Valves

Pressure Independent Valve Actuators

The VA-056P Series of pressure independent control electronic calve actuators require a 24 VAC power supply and receive a floating control signal or a proportional 0 to 10 VDC signal to control a valve.

2-way 2 1/2-6” Pressure Independent Control Valves

The 2-way 2 1/2-6” Pressure Independent Control Valves integrate three functions into a single device: control valve, adjustable flow limiter, and automatic differential pressure regulator. They are available in both ANSI Class 125 and 250.

Small Globe Valve Actuators

The VA-045P Non-spring Return (NSR), Electronic Valve Actuator requires a 24 Vac supply to provide three-position control of a valve and receives a 0 to 10 Vdc or a 4 to 20 mA control signal to proportionally control a valve. This actuator is designed to work with 1-1/2- or 2-inch normally open (NO) Pressure Independent Control Valves with a 5/8-inch (15 mm) stroke.

Electromotive Valve Actuators For Use with 2-1/2-Inch to 6-Inch Pressure Independent Control Valves

Non-spring Return, 24 Vac/dc Electronic Valve Actuator

The VA-360P Series Non-spring Return (NSR), Electronic Valve Actuator requires a 24 Vac/dc supply to provide three-position (floating) control of a valve. The VA-360P Series Non-Spring Return (NSR), Electronic Valve Actuator also receives a 0 to 10 Vdc or a 4 to 20 mA control signal to proportionally control a valve. This actuator is designed to work with flanged, Pressure Independent Control Valves with a 1-1/2-inch (40 mm) stroke.

VA-NY Series Butterfly Valves

Available in 2-way and 3-way configurations, The VA-NY Series resilient seated butterfly valves set the the design standard for quality, reliability and long life in a wide variety of HVAC applications. All NY series automated butterfly valves are 100% factory tested for bubble tight shut off and low seating/unseating torque.

VA-MK Series High Performance Butterfly Valves

The VA-MK Series high performance butterfly valves set the quality and design standard by which all other high performance valves are measured. The VA-MK Series is ideally suited to high pressure, high temperature, and high cycle HVAC applications as well as mission critical HVAC applications.

WI – Wireless

Wireless devices offer cost savings and flexibility of installation. They are ideal for building retrofits, open spaces that undergo frequent layout changes and installations on all kinds of surfaces. These devices use energy harvesting technologies and low power wireless communication in order to be truly wireless and battery-less. Devices include a variety of temperature, humidity, motion and light level sensors as well as light switches and door/window contacts.

Duct Temperature Sensors

Battery and wireless airduct sensor for temperature control in connection with the receiving interfaces SRCx and higher-graded control systems. Detection of measuring values via the higher-graded control system. Transmission to receiver by means of radio telegrams according to EnOcean standard. With integrated temperature sensor and solar energy storage for maintenance free operation.

Cable Temperature Sensors

Battery and wireless sensor for temperature and fan control in connection with the receiving interfaces SRCx and highergraded control systems. Temperature measurement in gaseous media of heating, cooling or airconditioning systems (e.g. fresh air/ exhaust air ducts). Detection of measuring values via the highergraded control system. Transmission to receiver by means of radio telegrams according to EnOcean standard. With integrated temperature sensor and solar energy storage for maintenancefree operation.

Pipe Contact Temperature Sensors

Battery and wireless contact sensor for temperature control in connection with the receiving interfaces SRCx and highergraded control systems. For measuring temperature on pipes and arched surfaces. Detection of measuring values via the highergraded control system. Transmission to receiver by means of radio telegrams according to EnOcean standard. With Integrated temperature sensor and solar energy storage for maintenance free operation.

Outside Air Temperature Sensors

Battery and wireless outdoor sensor for temperature control in connection with the receiving interfaces SRCx and higher-graded control systems. Transmission to receiver by means of radio telegrams according to EnOcean standard. With integrated temperature sensor and solar energy storage for maintenance-free operation.

Room Humidity Sensors (902 MHz)

The Resonate family of temperature and relative humidity sensors is designed to provide a reliable and simple method to set up intelligent automation of interior spaces for energy savings. The Resonate family sets a new bench mark in temperature accuracy and update speed of temperature changes. The units are accurate to 0.3°C and 3% relative humidity.These sensors are suitable for Variable Volume Temperature (VVT) or Variable Air Volume (VAV) forced air systems.

Room Humidity Sensors (868 MHz)

Batteryless radio room sensor for temperature and ventilation control in connection with the receiving interfaces SRCx and highergraded control systems. Transmission to receiver by means of radio telegrams according to EnOcean standard. Depending on the type with integrated sensor for humidity and temperature, rotary knob for set point adjustment, presence key. With integrated solar energy storage.

Light Switches (902 MHz)

Self-powered wireless controls are simple to install. The Single Switch use EnOcean energy harvesting technology to communicate wirelessly with other wireless devices and provide convenient control of lighting, temperature and miscellaneous electric loads. The Single Switch is self-powered and never require batteries because the simple act of pressing the rocker generates enough energy to send a wireless signal to other EnOcean-based devices. Use them in conjunction with sensors and controls to maximize efficiency and provide a level of comfort and convenience you cannot achieve with traditional switches. The single switch features a clean contemporary styling, making it an attractive addition that’s sure to compliment any décor.

Light Switches (868 MHz)

Easysens Funkschalter BJ is an universal switch insert with a maintenance-free, self-powered radio transmitter. The central plate can be glued or screwed in place and can be easily attached to glass and plaster. The integration is done by a special intermediate frame. By means of the battery-less and maintenance-free wall mounted radio keys, a wireless control of receivers based on the EnOcean technology and other consumers connected thereto is possible. A radio signal is produced when pressing and releasing a button. Dimmer and roller blind controls can be realized by evaluating the switching status of the receivers.

Door/Window Contact (902 MHz)

The Door/Window Sensor can be easily mounted on any standard door or window frame to enable occupancy based control of lighting, HVAC and miscellaneous electric loads. The sensor uses radio frequency technology to communicate wirelessly with other EnOcean-based devices whenever it detects that a door or window has been opened or closed. The sensor is completely self-powered by harvesting ambient solar energy so there are no wires to run or batteries to replace, reducing installation time and eliminating the need for on-going maintenance. For maximum efficiency and control of energy use, combine the door and window sensor with EnOcean-based ceiling or wall mounted occupancy sensors.

Door/Window Contact (868 MHz)

Battery-less radio window contact for status monitoring of windows and doors in connection with the receiving interfaces SRC-x and higher-graded control systems. Satus monitoring of windows and doors. Transmission to the receiver by means of radio telegrams based on the EnOcean standard. With integrated solar energy storage.

Ceiling Mount Motion Sensor (902 MHz)

The Ceiling Mounted Occupancy Sensor enables a new level of energy saving control for rooms, hallways and other common areas. The Occupancy Sensor uses radio frequency technology to communicate wireslessly to set back temperature and turn off lights and electrical loads when a space has been unoccupied for a set period of time. The sensor is self-powered by harvesting energy from indoor light, eliminating the need for periodic battery changes.

Wall Mount Motion Sensor (902 MHz)

The Wall-Mounted Occupancy Sensor is wireless and self-powered making it one of the most costeffective ways to control energy-use in unoccupied rooms. They can be installed in minutes because there are no additional wires to run and they require no batteries so on-going maintenance costs are eliminated. The sensor harvests solar energy from indoor light and uses radio frequency technology to communicate wirelessly with other devices, setting back temperature and turning off lights and electrical loads when it detects that a space has been unoccupied for a set period of time.

Ceiling Mount Motion Sensor (868 MHz)

The MOS-21 is designed to provide a reliable and simple method to increase energy savings by adding occupancy detection to your wireless control system. This ceiling mount Passive Infrared occupancy sensor is wireless and uses solar energy harvesting. Vacancy sensing mode is available for CEC Title 24 requirements. An efficient power supply and tuned sensor circuitry allows the MOS-21 to provide immediate response to new occupancy states, making it an ideal solution for auto-ON applications.

Light Level Sensors

The Task Ambient Photo sensor is designed to provide a reliable and simple method to increase energy savings by adding daylight harvesting to your wireless lighting control system. Use the TAP-21 to control a single Echoflex lighting controller or groups of controllers for either switching or dimming zone control in relation to the natural light contribution in the space. Batteries are not required for everyday operation due to the solar energy harvesting and power management features.

Repeater (230V)

The ERM-DA-LV indicates when an electrical circuit is active by transmitting a standard occupancy telegram. The state of the monitored circuit can be used to switch or trigger remote events. Retrofit applications benefit from the elimination of extra wiring. In a hospitality application, existing key card systems activate circuits based on suite occupancy. Commercial facilities can add a transmitter to electrical circuits controlled by other automation systems, processes, or switches.

Repeaters (24/120/277V)

The ERM-DA-LV indicates when an electrical circuit is active by transmitting a standard occupancy telegram. The state of the monitored circuit can be used to switch or trigger remote events. Retrofit applications benefit from the elimination of extra wiring. In a hospitality application, existing key card systems activate circuits based on suite occupancy. Commercial facilities can add a transmitter to electrical circuits controlled by other automation systems, processes, or switches.

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An innovation leader in energy management solutions, Distech Controls provides unique building management technologies and services that optimize energy efficiency and comfort in buildings, all the while reducing operating costs. We deliver Innovative Solutions for Greener Buildings™ through our passion for innovation, quality, customer satisfaction and sustainability. The company serves multiple market segments through its worldwide business divisions, service offices and a superior network of Authorized System Integrators and Distributors. Distech Controls, Inc. is a subsidiary of Acuity Brands Lighting, Inc.